WO2023158121A1 - Data creation method for establishment of global smart manufacturing system and international standardization - Google Patents

Abstract

The present invention relates to a supplier production order generation method that is automatically performed in a server system, and more specifically, to a supplier production order generation method that is automatically performed in a server system, wherein, in order to provide a stable and efficient supply system according to an orderer and a final delivery location without being restricted by country, a product supplier score is calculated for each of one or more product suppliers supplying a corresponding product, a raw and subsidiary material supply score is calculated for each of one or more raw and subsidiary material suppliers supplying raw and subsidiary materials related to the corresponding product, and the supply order date of the corresponding product is automatically determined according to the price of the raw and subsidiary materials of the corresponding product.

Description

Data generation method for global smart manufacturing system construction and international standardization

The present invention generates supplier production orders that are automatically performed in a server system.

As a method of communication, more specifically, regardless of country, the orderer and the final delivery location

In order to provide a stable and efficient supply system according to the

A product supplier score is calculated for each of one or more product suppliers that

For one or more raw and subsidiary material supplies that supply related raw and subsidiary materials, each raw and subsidiary material supply

The core is calculated, and the supply order date for the product is determined according to the raw and subsidiary material prices of the product.

It relates to a method of automatically determining and generating a supplier production order that is automatically performed in a server system.

Recently, as the boundary between online and offline disappears, it crosses borders.

Transactions of intangible and tangible products are becoming more active, and through this technological background, the conventional production system produces and manufactures a variety of personalized, customized and customized products in small quantities to reflect the increasingly diverse tastes and demands of consumers both at home and abroad. sell

is transforming into a production system. However, we offer personalized, customized and on-demand products.

In the case of mass production and sales, there is a limit to structurally increasing production costs.

On the other hand, in order to efficiently produce such personalized products, 3D

Manufacturing facilities such as linters, robots, and post-processing equipment (fumigation, polishing, painting, etc.)

(Internet of Things)-based integrated network for stacking, processing, and assembly

The system intelligently plans by itself by automating the production process and grasping the real-time factory situation.

As a conventional technique for doing and judging, Korean Registered Patent No. 10-1909925 (20181015

registered).

However, the above-described prior art simply automates the production process of the product.

As a result, it corresponds to a configuration that increases production efficiency, and is an international table for raw and subsidiary materials of the product.

Multiple raw and subsidiary materials that collect quasi-price information and supply raw and subsidiary materials related to the product

Calculate the raw and subsidiary material supply score for each supplier, or use it to

No mention is made of the configuration that determines the optimal order date for ordering this product.

don't

In other words, depending on the location of consumers among global consumers,

In order to facilitate product supply, the accumulated order data is learned through deep learning and developed.

A technology for providing printed, customized, and on-demand products is required, but these conventional technologies

there is no

The present invention generates supplier production orders that are automatically performed in a server system.

As a method of communication, more specifically, regardless of country, the orderer and the final delivery location

In order to provide a stable and efficient supply system according to the

A product supplier score is calculated for each of one or more product suppliers that

For one or more raw and subsidiary material supplies that supply related raw and subsidiary materials, each raw and subsidiary material supply

The core is calculated, and the supply order date for the product is determined according to the raw and subsidiary material prices of the product.

The method of creating supplier production orders that is automatically performed on the server system, which automatically determines

It is intended to provide law.

In order to solve the above problems, an embodiment of the present invention is a server

A method of generating a supplier's production order automatically performed by a system, comprising: an order information receiving step of receiving information about a corresponding order when a consumer orders a product; For each of the product supplying companies that supply the product, the standard wages of the country where the product supplying company is located

1st product supply score according to the information, and the information entered by the product supply company in the server system

Second product supply score according to wage information, exchange rate of the country where the product supply company is located

3rd product supply score according to, restrictions according to the distance information between the consumer and the product supply company

4 The product supply score and the inventory quantity of the product possessed by the product supply company

Based on the fifth product supply score according to the above, the product supplier for each of the product supply companies

A score is calculated, and one or more products are supplied based on the calculated product supplier score.

a product supplier determination step of determining a candidate; Based on the pre-stored mapping table,

A raw and subsidiary material derivation step of deriving one or more raw and subsidiary materials related to the product; related to the product

For each of the raw and subsidiary material supply companies that supply raw and subsidiary materials, the international table of the relevant raw and subsidiary materials

The first raw and subsidiary material supply score according to the quasi-price, the raw and subsidiary material supply company

Secondary raw material supply score calculated according to the price supplied, and the relevant raw material supply company

Based on the third raw material supply score, which is set higher as the exchange rate of the country where the country is located is lower

Thus, the raw and subsidiary material supplier score is calculated for each of the raw and subsidiary material supplying companies, and

To determine one or more raw and subsidiary material supplier candidates based on the raw and subsidiary material supplier scores

Raw and subsidiary material supplier decision step; For each of the raw and subsidiary materials related to the product,

One or more product supplier candidates supplying the product based on price change trend information

A supply order date determination step of determining a supply order date for the corresponding product; and supply order

When the date is determined, the raw and subsidiary material supplier candidates and prizes for the product are selected by the user.

The final raw and subsidiary material supplier and the final product supplier are determined from among the existing product supplier candidates, and the final raw and subsidiary material supplier and the final product supplier are provided with the relevant product on the supply order date.

Automatically in the server system, including; supply order step of ordering the order quantity for

Provides a method for generating supplier production orders that are executed.

In one embodiment of the present invention, the product supplier determination step is a country-specific table

Semi-wage information, corporate wage information by product supplier, exchange rate information by country, location of product supplier

information, and the stock quantity information of the product supply company in the preset state by the server system.

A product supplier score is calculated for each period, and the first product supply score is

Based on the semi-wage information, the standard wage policy of the country where the company supplying the product is located

The higher the score is, the higher the score is, and the second product supply score is the base score for each product supply company.

Based on the wage information, the company supplying the product entered into the server system

The lower the corporate wage information of the company, the higher it is calculated, and the third product supply score is,

Based on the above country-specific exchange rate information, the country where the company supplying the product is located

The lower the exchange rate, the higher the calculation, and the fourth product supply score is

Based on the location information, between the company supplying the product and the consumer who ordered the product

The closer the distance information is, the higher it is calculated, and the fifth product supply score is

Based on the inventory quantity information of the supplying company, the company that supplies the product has

The higher the inventory quantity of the product and the shorter the stock holding period of the product, the higher the calculation.

And, based on the product supplier score calculated at each predetermined period, the corresponding product

One or more companies that correspond to the product supplier score among multiple product supply companies that supply

A method for automatically generating a production order for a supplier, which determines a product supplier candidate and provides the determined one or more product supplier candidates to a user at each predetermined period.

In one embodiment of the present invention, the step of determining the supplier of raw and subsidiary materials,

International standard price information by material, supply price information by raw material supplier, and exchange rate information by country

Calculate the raw and subsidiary material supplier score for each preset period by the server system receiving the

And, the first raw and subsidiary material supply score is based on the international standard price information for each raw and subsidiary material.

Based on this, the lower the international standard price of raw and subsidiary materials related to the product, the higher

calculated, and the second raw and subsidiary material supply score is the supply price information for each raw and subsidiary material supplier

Based on, the price at which companies supplying the raw and subsidiary materials supply the raw and subsidiary materials

The lower the value, the higher the calculation, and the third raw material supply score is the exchange rate information for each country.

Based on the above, the lower the exchange rate of the country where the raw and subsidiary material supplier is located, the higher the price.

Based on the raw and subsidiary material supplier score calculated at each predetermined cycle, the corresponding

Higher raw material wealth among multiple raw and subsidiary material supply companies that supply raw and subsidiary materials related to products

One or more companies corresponding to the re-supplier score are determined as candidates for raw and subsidiary material suppliers, and

One or more predetermined raw and subsidiary material supplier candidates are provided to the user at each predetermined period.

can

In one embodiment of the present invention, the step of determining the supply order date is

Regarding price change trend information for raw and subsidiary materials related to the product,

If the price is lower than the first set standard than the average price of the raw and subsidiary materials for 6 months,

The current date can be determined as the order date.

In one embodiment of the present invention, in the step of determining the supply order date, the absolute value of the change in the current price of the raw and subsidiary material for 3 months is the absolute value of the price change trend information for the raw and subsidiary material related to the product. When the predetermined second criterion is satisfied, the current date may be determined as the order date.

In one embodiment of the present invention, the server system, the consumer is the main

For the product in question, the result of performing the above supplier production order creation method

Big data is generated from a plurality of pieces of information, stored in a database, and the data

Generating data for international standardization based on the big data accumulated in the base

A machine learning module may be included.

In order to solve the above problems, an embodiment of the present invention, automatic

As a server system that performs the supplier production order generation method, which is performed

When a product is ordered, an order information receiving unit for receiving information about the order; the product

For each of the product supply companies that supply, it is the standard of the country where the product supplier is located.

The first product supply score according to the gold information, the product supply company entered into the server system

Second product supply score according to corporate wage information, exchange rate of the country where the product supply company is located

3rd product supply score according to the rate, according to the distance information between the consumer and the product supply company

4th product supply score, and the inventory quantity of the product possessed by the product supply company

Based on the 5th product supply score according to the above, product supply for each of the product supply companies

A supplier score is calculated, and one or more products are selected based on the calculated product supplier score.

a product supplier decision unit that determines supplier candidates; Based on a pre-stored mapping table, a raw and subsidiary material derivation unit for deriving one or more raw and subsidiary materials related to the product; related to the product

For each of the raw and subsidiary material supply companies that supply raw and subsidiary materials, the international table of the relevant raw and subsidiary materials

The first raw and subsidiary material supply score according to the quasi-price, the raw and subsidiary material supply company

Secondary raw material supply score calculated according to the price supplied, and the relevant raw material supply company

Based on the third raw material supply score, which is set higher as the exchange rate of the country where the country is located is lower

Thus, the raw and subsidiary material supplier score is calculated for each of the raw and subsidiary material supplying companies, and

To determine one or more raw and subsidiary material supplier candidates based on the raw and subsidiary material supplier scores

Raw and subsidiary material supplier decision department; For each of the raw and subsidiary materials related to the product,

One or more product supplier candidates supplying the product based on price change trend information

A supply order date determination unit for determining the supply order date of the corresponding product; and supply order date

When the user is determined, the raw and subsidiary material supplier candidates and the above for the product by the user

Among the product supplier candidates, the final raw material supplier and the final product supplier are determined, and the above

to the final raw material supplier and the final product supplier for the product on the above supply order date.

It provides a server system comprising a; supply ordering unit for ordering the order amount.

According to an embodiment of the present invention, biometrics capable of communicating with a consumer terminal

Through the food sensor, it is possible to measure the bio information of each of a plurality of consumers,

By transmitting bio information to the server system through the consumer terminal, the server system

It can exert the effect of easily collecting and classifying the bio information of veterinary consumers.

According to one embodiment of the present invention, personalized

By producing customized and order-to-order products, we produce products suitable for the characteristics of individual consumers.

You can exert the effect you can.

According to one embodiment of the present invention, one or more that can produce a specific product

For each of the companies in the table, the average wage of the company, the country in which the company is located

The sub-wage, the exchange rate of the country in which the company is located, the location of the company and the company

Optimized customized order by calculating product supplier score based on inventory information of

can produce the effect of selecting a product supplier company that can produce

According to one embodiment of the present invention, the server system provides raw and subsidiary materials online.

You can receive price change trend information and exchange rate information in real time, and

It is effective to select a raw and subsidiary material supplier at a reasonable price through upheaval trend information

can do.

1 is automatically counted in a server system according to an embodiment of the present invention.

It schematically shows the execution steps of the supplier production order creation method that is performed.

2 schematically illustrates a configuration in which a server system according to an embodiment of the present invention generates a supplier production order based on a plurality of pieces of information.

Figure 3 schematically shows the process of product supplier determination step according to an embodiment of the present invention

shown as

Figure 4 outlines the process of the raw and subsidiary material supplier determination step according to an embodiment of the present invention

portrayed as hostile

5 shows raw and subsidiary materials related to the corresponding product for each product according to an embodiment of the present invention.

A mapping table that can be derived is schematically shown.

6 to 7 show the main price change trend information according to an embodiment of the present invention.

The process of determining the door date is schematically shown.

8 shows two or more raw and subsidiary materials related to a specific product according to an embodiment of the present invention.

In one case, the process of determining the order date is schematically shown.

9 schematically shows a global smart manufacturing system according to an embodiment of the present invention.

show

10 schematically illustrates the internal configuration of a computing device according to an embodiment of the present invention.

In the following, various embodiments and/or aspects refer now to the drawings.

is initiated. In the following description, for explanatory purposes, general aspects of one or more aspects

Numerous specific details are disclosed to aid understanding. However, it will also be appreciated by those skilled in the art that such aspect(s) may be practiced without these specific details. Subsequent description and

The accompanying drawings describe in detail certain illustrative aspects of one or more aspects.

all. However, these aspects are illustrative and vary in the principles of the various aspects.

Some of these methods may be used, and the descriptions described describe such aspects and their

It is intended to include all equivalents of

In addition, various aspects and features may be implemented in a number of devices, components,

and/or a system that may include modules and the like. various cis

that systems may include additional devices, components and/or modules, etc.

and/or all of the devices, components, modules, etc. discussed in connection with the drawings.

It should also be understood and recognized that it may not be involved.

As used herein, "embodiment", "example", "aspect", "exemplary", etc.

Any aspect or design that is preferred is, or has an advantage over, other aspects or designs.

It may not be interpreted as being. Terms used below '~part', 'component'

'network', 'module', 'system', 'interface', etc. are generally computer-related entities.

(computer-related entity), such as hardware, hardware and software

It may mean a combination of wear and software.

Also, the terms "comprises" and/or "comprising" refer to the corresponding feature and/or

or component is present, but one or more other features, components and/or

It should be understood that it does not exclude the presence or addition of groups of these.

In addition, terms including ordinal numbers, such as first and second, have various components

can be used to describe, but the components are limited by the terms

don't lose These terms are intended to distinguish one component from another.

used only adversarially. For example, the first clause without departing from the scope of the present invention

The component may be named a second component, and similarly, the second component may also be referred to as the first component.

can be named as The term and/or refers to a combination of a plurality of related recited items.

or any of a plurality of related listed items.

In addition, in the embodiments of the present invention, unless otherwise defined,

All terms used herein, including technical or scientific terms,

Same as commonly understood by a person of ordinary skill in the art to which it pertains

has a working meaning. as defined in commonly used dictionaries.

Terms shall be construed to have a meaning consistent with the meaning they have in the context of the related art.

It should be, unless explicitly defined in the embodiments of the present invention, ideal or excessive

It is not to be interpreted in a formal sense.

"Consumer terminal" and "user terminal" referred to below refer to network

It can be implemented as a computer or portable terminal that can access a server or other terminal through

all. Here, the computer is, for example, a laptop equipped with a web browser (WEB Browser),

Including a desktop, a laptop, and the like, a portable terminal includes, for example, a portable terminal.

As a wireless communication device that guarantees performance and mobility, smart phone, PCS (Personal

Communication System), GSM (Global System for Mobile communications),

PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Handyphone System)

Digital Assistant), International Mobile Telecommunication (IMT)-2000,

Code Division Multiple Access (CDMA)-2000, W-Code Division Multiple Access (W-CDMA)

Access), all types of handhelds such as Wibro (Wireless Broadband Internet) terminals, etc.

It may include a handheld-based wireless communication device. Also, “network” means

Local Area Network (LAN), Wide Area Network (WAN), or

Wired networks or mobile communications such as Value Added Network (VAN)

network (mobile radio communication network) or satellite communication network, etc.

It can be implemented as a wireless network.

1 is automatically in the server system 1000 according to an embodiment of the present invention

It schematically shows the execution steps of the supplier production order creation method performed by .

As shown in FIG. 1, when a consumer orders a product, the order

An order information receiving step of receiving information about (S100); Product supplier that supplies the product

For each business, the first wage according to the standard wage information of the country where the product supply company is located

Product supply score, corporate wage information entered by the product supply company in the server system (1000)

Second product supply score according to

3 Product supply score, 4th product supply according to the distance information between the consumer and the product supply company

Based on the score and the fifth product supply score according to the inventory quantity of the product possessed by the product supply company, a product supplier score is obtained for each of the product supply companies.

Calculate and select one or more product supplier candidates based on the calculated product supplier score.

Determining the product supplier determination step (S200); Based on the pre-stored mapping table, the product

A raw subsidiary material derivation step of deriving one or more raw and subsidiary materials related to (S300); the product and tube

For each of the raw and subsidiary material supplying companies that supply related raw and subsidiary materials, the country of the relevant raw and subsidiary materials

The first raw and subsidiary material supply score according to the standard price, the raw and subsidiary material supply company is the above raw and subsidiary material

The second raw and subsidiary material supply score calculated according to the price of supplying goods, and the corresponding raw and subsidiary material supply

Third-party subsidiary material supply score that is set higher as the exchange rate of the country where the class company is located is lower

Based on, calculate the raw and subsidiary material supplier score for each of the raw and subsidiary material supply companies

and determine one or more raw and subsidiary material supplier candidates based on the calculated raw and subsidiary material supplier score.

Determine the raw and subsidiary material supplier determination step (S400); For each raw and subsidiary material related to the product

One or more of the above that supply the product based on price change trend information over time

Supply order date determination group that determines the supply order date of the product supplier candidate

system (S500); And when the supply order date is determined, the user requests the product

Final raw and subsidiary material suppliers and final products among the subsidiary material supplier candidates and product supplier candidates mentioned above

Determine the supplier, and the supplier of the final raw and subsidiary materials and the supplier of the final product

It includes a supply order step (S600) of ordering the order quantity for the product on the door date.

Specifically, in the order information receiving step (S100), the consumer orders a certain product.

If so, information about the order is received. A consumer can purchase a product desired by the consumer through a consumer terminal, and the server system 1000 includes a plurality of consumer terminals.

Receives order information for the product from the terminal. The above order information is for the consumer

Ordered product information, order quantity, order date, shipping address information, and top of the corresponding consumer terminal

contains dental information.

Additionally, as an embodiment of the present invention, the order information, corresponding consumption

It may include the person's bio information and survey information. The bio information, the consumer group

Consumer's body shape information, constitutional information, measured through biometric sensors that can communicate with terminal

nutritional status, and lifestyle patterns, and the survey information includes the server system (1000)

Include the information completed by the above consumers for the survey generated about the product by

contains Preferably, the server system 1000 receives information from the plurality of terminals.

Personalized order information for the product based on survey information and bio information

can be created dynamically.

On the other hand, the user described later, the server system through the user terminal

Corresponds to one or more people who manage and operate (1000), and in the server system (1000)

Able to operate application service using automatic supplier production order creation method

there is.

In the product supplier determination step (S200), one or more companies producing the product

1st product supply score, 2nd product supply score, 3rd product supply score, 4th product supply score and 5th product supply score are calculated, and the first to fifth product supply scores

Based on this, a product supplier score is calculated, and 1 or more is calculated based on the product supplier score.

to determine product supplier candidates.

More specifically, the first product supply score produces or

It is calculated based on the standard wage information of the country where the supplying company is located. remind

The first product supply score is calculated higher as the country's standard wage information is lower.

It is calculated based on the standard wage information for each country received from the system.

The second product supply score is based on the average wage information of the product supply company.

It is calculated in seconds. The second product supply score is the average wage information of the product supply company

The lower it is, the higher it is calculated, based on the average wage information for each company received from the external system

It is calculated by

The third product supply score is the exchange rate of the country where the product supply company is located.

It is calculated based on information. In the case of the third product supply score, the exchange rate of the corresponding country may be low.

is calculated based on the exchange rate information for each country received from the user terminal.

all. Exchange rate information for each country above. Preferably, as an embodiment of the present invention, the use

The terminal uses wired communication from an external system that provides real-time exchange rate information for each country.

Received every predetermined period through a network or wireless communication network, and in the user terminal

The information is processed into data that can be used in the present invention and transferred to the server system (1000).

transmit

The fourth product supply score is based on location information where the product supply company is located.

calculated based on The fourth product supply score is for producing or supplying the product.

The closer the distance information between the product supplier and the consumer who ordered the product, the higher the calculation.

and pre-stored location information of the product supply company; and the prize received from the consumer terminal.

It is calculated based on; location information of the previous consumer. The distance information is the product supply company

and physical distance between the consumers, and traffic between the product supplier and the consumer.

contains information

The fifth product supply score is the corresponding product supply company's

It is calculated based on the inventory quantity of the product. The fifth product supply score is the product supply

The inventory quantity of the product held by the company is large, and the stock holding period of the product is long.

The shorter it is, the higher it is calculated.

It is calculated based on high quantity information.

Preferably, the information on the average wage for each company is transmitted to the external system.

The external system that transmits the inventory quantity information for each company is the same system, and the product supply

Corresponds to the corporate system.

In the raw subsidiary material derivation step (S300), based on the previously stored mapping table, the corresponding

Derive one or more raw and subsidiary materials related to the product. An embodiment of the mapping table is

shown in 5.

Through the raw and subsidiary material derivation step (S300), one or more related to the product

When raw and subsidiary materials are derived, the server system 1000 is a source for supplying the raw and subsidiary materials.

For subsidiary material supply companies, the 1st raw material supply score, the 2nd raw material supply score, and the 3rd raw material supply score

Calculate the raw and subsidiary material supply score, and based on the first to third raw and subsidiary material supply scores

A raw and subsidiary material supplier score is calculated, and 1 or more is calculated based on the raw and subsidiary material supplier score.

Determines candidates for suppliers of raw and subsidiary materials.

More specifically, the first raw and subsidiary material supply score is the country of the raw and subsidiary materials.

It is calculated based on the standard price information. The first raw and subsidiary material supply score is the raw and subsidiary material

The lower the international standard price of goods, the higher it is calculated, and the original richness received from the external system

It is calculated based on the international standard price information for each material.

The second raw and subsidiary material supply score is the raw and subsidiary material supplier

It is calculated based on the supply price for supplying materials. The second raw subsidiary material supply score,

The lower the price at which the raw and subsidiary material supply company supplies the raw and subsidiary material, the higher the price is calculated.

It is calculated based on the supply price information of each raw and subsidiary material supply company received from the external system.

do.

The third raw material supply score is the country where the raw material supplier is located.

It is calculated based on the exchange rate information. The third raw material supply score is

The lower the exchange rate, the higher it is calculated, based on the exchange rate information for each country received from the user terminal.

It is calculated in seconds. Exchange rate information for each country above. Preferably, as an embodiment of the present invention

In this case, the user terminal is an external system that provides exchange rate information for each country in real time.

from the wired communication network or wireless communication network through a predetermined period, and the use

The terminal processes the information into data that can be used in the present invention,

It is transmitted to the stem 1000.

In the supply order date determination step (S500), in the raw and subsidiary material derivation step (S300)

If one or more raw and subsidiary materials related to the product are derived, the time for the raw and subsidiary materials

Based on the price change trend information according to, determined in the product supplier determination step (S200)

The supply order date when a supply order for the raw and subsidiary materials is created for one or more product supplier candidates.

decide who

The price change trend information is related to the price of the raw and subsidiary materials over time.

information, and as an embodiment of the present invention, the user terminal, from an external system

Changes in the price of the raw and subsidiary materials based on the price of the raw and subsidiary materials received in real time from

After generating trend information, the corresponding price change trend information is transmitted to the server system (1000).

do.

In the supply order date determination step (S500), the price change trend information

The order date of the product can be determined according to the first or second standard set in the

And, a more detailed description thereof will be described later in FIGS. 6 to 8.

The supply order step (S600) corresponds to the supply order date determination step (S500).

After the order date of the product is determined, the user decides in the product supplier determination step (S200).

The final product supplier can be determined for one or more product supplier candidates

For one or more raw and subsidiary material supplier candidates determined in the subsidiary material supplier determination step (S400), the

It is possible to determine the supplier of sub-materials.

As an embodiment of the present invention, the final product supplier provides one or more of the above products.

It is desirable to be selected as a company with the highest product supplier score among supplier candidates.

and the final raw and subsidiary material supplier has the highest raw material supplier among the above one or more raw and subsidiary material supplier candidates

It is desirable to be selected as a company that recorded a material supplier score. Also, the user's

If there is no separate operation, the server system 1000 automatically performs the first operation as described above.

The company with the highest product supplier score is selected as the final product supplier, and the company with the highest score

A company that records the subsidiary material supplier score is selected as the final raw material supplier,

As another embodiment, one or more companies may be determined as the final supplier by a user's operation.

there is.

That is, automatically by the server system 1000 or by the user.

When the final product supplier and the final raw subsidiary material supplier are manually determined by

The stem 1000 is determined in the supply order date determination step (S500) for the corresponding product.

Create a supply order to order the supply quantity on the supply order date, and

The supply order may be placed.

2 is a server system 1000 according to an embodiment of the present invention a plurality of information

It schematically shows the configuration of generating a supplier production order based on the information.

Briefly, the server system 1000 is a consumer terminal and a user terminal

It is possible to receive a plurality of information through the machine, and through the plurality of information, the supplier producer

create a door

Specifically, the server system 1000 receives data from the consumer terminal.

Receive order information for products ordered by Visa. The order information is for FIG.

Referring to the description, product information, order quantity, order date for the product ordered by the above consumer

date, delivery address information, and location information of the consumer terminal, and the server system

(1000) may perform the order information receiving step (S100) by receiving the order information.

all.

As an embodiment of the present invention, the order information is the bio information of the consumer.

Information and survey information on the corresponding product may be further included. The survey information is

For example, if a consumer purchases product A, the reason for purchasing product A, and

The reason why you chose the product, if you repurchased product A, what reason you repurchased, or

Product A may include one or more of price and design satisfaction. In addition, the bio tablet

The view includes the consumer's body shape information, constitutional information, nutritional status, and life pattern,

The biometric information can be measured through a biometric sensor, and the biometric sensor is

It is capable of communicating with the consumer terminal, and transmits the biometric information of the consumer to the consumer terminal.

can do.

Briefly, the server system 1000 is a station from the user terminal.

Standard wage information by category, company wage information by product supply company, exchange rate information by country, product supplier company

Receive location information and inventory information of product supply companies, and use them to obtain one or more

It is possible to determine product supplier candidates among product supply companies.

Specifically, the server system 1000, from the first external system,

Receives standard wage information by category and exchange rate information by country. The first external system,

As an embodiment of the present invention, trading economics (TRADING ECONOMICS,

Websites that provide various economic indicators such as https://kotradingeconomicscom/)

It may correspond to the sub-computation network.

The user terminal receives the standard wage for each country from the first external system.

information and exchange rate information for each country are received at predetermined intervals, and the user terminal

The standard wage information for each country and the exchange rate information for each country can be used in the present invention.

It is preferable to transmit to the server system 1000 after processing into data. award

The server system 1000, the standard wage information for each country received from the user terminal

1st product supply score of the product supplier company based on information and exchange rate information by country

and a third product supply score is calculated.

In addition, the server system 1000, from the second external system, the product

Company wage information for each supplier company, location information of the product supplier company, and

Receive stock quantity information. The second external system, for example, of the product supply company

Corresponds to an internal computer network or a product management server system capable of communicating with the internal computer network.

can

The user terminal is the product supplier from the second external system

Company wage information by industry, location information of the product supply company, and inventory of the product supplier company

Quantity information is received at predetermined intervals, and the user terminal is the product supply company.

Wage information for each company, location information of the product supply company, and inventory count of the product supplier company

After processing the quantity information into data that can be used in the present invention, the server system 1000

It is preferable to send The server system 1000, through the user terminal

Company wage information for each product supply company, location information of the product supplier company, and

Based on the inventory quantity information of the product supply company, the second product supply of the product supplier company

A score, a fourth product supply score, and a fifth product supply score are calculated.

Briefly, the server system 1000 is a source from the user terminal.

Receives international standard price information by subsidiary material and supply price information by raw subsidiary material supplier,

Using , it is possible to determine raw and subsidiary material supplier candidates among more than one raw and subsidiary material supplier.

there is.

Specifically, the server system 1000, from the third external system,

Receives international standard price information for each original subsidiary material. The third external system is one of the present invention

As an example, commodity exchanges around the world, such as the New York Mercantile Exchange or the London Metal Exchange

It may correspond to the internal computer network of, and as another embodiment of the present invention, Bloomberg

(Bloomberg, https://wwwbloombergcom/asia), Barchart,

https://wwwbarchartcom/cmdty) or multiple countries' commodity exchange sites.

It may correspond to a service server that provides a number of commodity indexes and prices of raw and subsidiary materials.

The user terminal is configured by the raw and subsidiary materials from the third external system.

Receives international standard price information at predetermined intervals, and the user terminal,

After processing the international standard price information for each material into data that can be used in the present invention,

It is desirable to transmit to the server system (1000). The server system 1000, the

Based on the international standard price information for each raw and subsidiary material received from the user terminal,

Calculate the first raw and subsidiary material supply score of the raw and subsidiary material supply company.

In addition, the server system 1000, from the fourth external system,

Receives supply price information for each material supplier. The fourth external system, for example,

Management of raw and subsidiary materials that can communicate with the internal computer network of the company supplying raw and subsidiary materials or the internal computer network

It may correspond to a server or the like.

The user terminal supplies the raw and subsidiary materials from the fourth external system.

Receives supply price information for each grade level company at predetermined intervals, and the user terminal

Processing the supply price information of each raw material supplier into data that can be used in the present invention

Afterwards, it is preferable to transmit to the server system 1000. The server system (100

0), in the supply price information for each raw and subsidiary material supplier received through the user terminal

Based on this, the second raw and subsidiary material supply score of the corresponding raw and subsidiary material supply company is calculated.

In addition, the server system 1000 may perform the raw subsidiary material derivation step (S300).

To do so, a mapping table is received from the user terminal. the mapping table

, from a company that produces products handled by the service operated by the user

For each of the above products, raw and subsidiary material information related to the corresponding product is sent to the user terminal.

After receiving, the user terminal based on the raw and subsidiary material information related to the corresponding product

is created from An embodiment of the mapping table is shown in FIG. 5 .

On the other hand, the price change trend information for each raw and subsidiary material shown in FIG. 2 is

Based on the international standard price information for each raw and subsidiary material received by the terminal from the third external system

As data created, information on the international standard price of raw and subsidiary materials over time

include Some embodiments of the price change trend information are as shown in FIGS. 6 to 8

And, using the price change trend information, the order date for the product can be determined.

there is.

Additionally, the server system 1000 corresponds to the customer's order.

Regarding the product, a plurality of information derived as a result of performing the above supplier production order generation method

Big data is generated from beams, stored in a database, and stored in the database.

Machine learning module that generates data for international standardization based on the accumulated big data

module is included.

In other words, the server system 1000, the plurality of information shown in FIG.

Using, it is possible to create customized order information according to individual consumers or consumer groups.

there is. The server system 1000 generates big data based on the plurality of pieces of information.

and stored in the database in the server system (1000). After that, the server system

The system 1000, through the machine learning model provided in the inside of the server system 1000,

Based on the data, data for international standardization can be created.

Figure 3 is a product supplier determination step (S200) according to an embodiment of the present invention

schematically depicts the

As shown in FIG. 3, the product supplier determination step (S200) is

Standard wage information for each product, corporate wage information for each product supply company, exchange rate information for each country,

By the server system 1000 receiving location information and inventory quantity information of product supply companies

A product supplier score is calculated for each predetermined period, and the first product supply score is

Based on the standard wage information for each country, the country where the company supplying the product is located

The lower the standard wage information, the higher it is calculated, and the second product supply score is

Based on the company wage information for each class company, the company that supplies the product is the server system

The lower the corporate wage information of the company entered in (1000), the higher it is calculated.

The product supply score is based on the exchange rate information for each country, and the company that supplies the product

The lower the exchange rate of the country in which it is located, the higher it is calculated, and the fourth product supply score is

Based on the location information of the product supplier, the company that supplies the product and the product

The closer the distance information between the ordering consumers is, the higher it is calculated, and the fifth product supply score

Which company supplies the product based on the inventory quantity information of the product supplier company?

If the stock quantity of the product in stock is large and the stock holding period of the product is short

Based on the product supplier score, which is measured higher the higher and calculated for each predetermined period

Yes, among multiple product supply companies that supply the product, the product supplier score

One or more companies are determined as product supplier candidates, and the determined one or more product supplier candidates are selected.

It is provided to the user at each predetermined period.

Specifically, with reference to the description of FIGS. 1 and 2, the server time

The system 1000 based on the standard wage information for each country received from the user terminal,

A first product supply score for each product supply company that supplies the corresponding product is calculated.

More specifically, the first product supply score is previously stored in the server system (1000).

1 It is calculated based on a product supply score mapping table (not shown), and the first product supply score

The mapping table is a table in which scores corresponding to standard wage information are mapped according to preset criteria.

it's ble Whenever the standard wage information for each country is updated, the server system 1000,

The first product for each of the above product supply companies according to the updated standard wage information for each country

Calculate supply score.

The server system 1000 supplies products received from the user terminal.

Based on corporate wage information for each company, for each product supply company that supplies the product

A second product supply score is calculated. More specifically, the second product supply score is

Based on the second product supply score mapping table (not shown) previously stored in the server system 1000

The second product supply score mapping table is calculated for each company according to a predetermined criterion.

This is a table in which scores corresponding to average wage information are mapped. Each of the above product supply companies

Whenever gold information is updated, the server system 1000 is configured for each updated product supply company.

Calculate the second product supply score for each product supply company according to the company wage information

do.

The server system 1000 is configured for each country received from the user terminal.

Based on the exchange rate information, the third product for each product supply company that supplies the product

Calculate supply score. More specifically, the third product supply score is the server time

Based on the third product supply score mapping table (not shown) previously stored in the stem 1000

The third product supply score mapping table is calculated according to the preset criteria.

This is a table in which scores according to exchange rates are mapped. Exchange rate information for each country above is based on a preset period.

All are updated, and as an embodiment of the present invention, the preset cycle is 8 hours or 12 hours

It is preferable to set it to liver. Whenever the exchange rate information for each country above is updated,

The server system 1000 supplies each of the products according to the updated exchange rate information for each country.

A third product supply score for the company is calculated.

The server system 1000 supplies products received from the user terminal.

Based on the location information of the company, the fourth product is provided for each company that supplies the product.

Calculate class score. More specifically, the fourth product supply score is the server system

It is calculated based on the fourth product supply score mapping table (not shown) previously stored in the system 1000,

The fourth product supply score mapping table corresponds to the product supply company and the

The closer the physical distance between consumers, the higher the score is in the mapped table. more specific

As a result, the fourth product supply score is not only the physical distance between the product supply company and the consumer

In addition, the transportation between the product supplier and the consumer, the product supplier and

It depends on the nationality of the consumer. For example, product supplier A has consumer A and

Assuming that they are 650 km apart from consumer B, product supplier A and consumer

A belongs to the same country, so it is possible to move logistics by land, but product supplier A and consumption

Person B is different from the country of origin and can only move logistics by air or ship.

Consumer B orders more than the 4th product supply score of product supplier A for the product ordered by child A

The fourth product supply score of product supplier A for one product is calculated lower.

Additionally, according to an embodiment of the present invention, the fourth product supply score

What is the physical distance between the location of the product supplier and the location of the raw and subsidiary material supplier?

information can be reflected. In other words, based on the location information of the product supplier,

The location of the raw and subsidiary material supplier that supplies the raw and subsidiary materials related to the product and the corresponding product

Calculating the fourth product supply score by considering all the locations of the consumers who ordered

desirable.

On the other hand, the location of the consumer is the final delivery position of the product ordered by the consumer.

, that is, shipping address information included in the order information received in the order information receiving step (S100).

It can be derived based on, preferably, the shipping address information and the consumer group

It can be derived based on the location information of the last stage.

The server system 1000 supplies products received from the user terminal.

Based on the company's inventory quantity information, for each product supply company that supplies the product

A fifth product supply score is calculated. More specifically, the fifth product supply score is

Based on the fifth product supply score mapping table (not shown) previously stored in the server system 1000

is calculated, and the fifth product supply score mapping table is calculated according to a preset standard.

This is a table in which the scores corresponding to the inventory quantity information of the class companies are mapped. The fifth product supply

In the core, the product supply company has a large number of stocks of the product, and the corresponding product

The shorter the stock holding period of the product, the higher the calculation. Determination of inventory quantity of the above product supplier

Whenever the information is updated, the server system 1000, the inventory of the updated product supply company

According to the high quantity information, the 5th product supply score for each product supply company is calculated

all.

The server system 1000 sums the first to fifth product supply scores.

As a result, a product supplier score is calculated, and the product supplier score is calculated every predetermined period.

is calculated The server system 1000 is each of a plurality of product supply companies that supply the corresponding product.

A product supplier score is calculated for each, and among them, one or more products with a high product supplier score

Select product supply companies as product supplier candidates. Preferably, 3 as product supplier candidates

5 companies are selected.

Subsequently, as described above in the description of FIG. 1, the supply order date determination unit

After the supply order date of the product is determined in step S500, in step S600,

By the user or server system 1000, one company among one or more product supplier candidates

Determined by the final product supplier.

4 is a raw subsidiary material supplier determination step (S400) according to an embodiment of the present invention

schematically depicts the process of

As shown in Figure 4, the raw subsidiary material supplier determination step (S400),

International standard price information by raw and subsidiary materials, supply price information by raw and subsidiary material suppliers, and exchange rates by country

By the server system (1000) receiving the information, the raw and subsidiary material supplier JASCO is performed at a preset period.

is calculated, and the first raw and subsidiary material supply score is the international standard price information for each raw and subsidiary material.

Based on, the lower the international standard price of raw and subsidiary materials related to the product, the higher the price is calculated.

The second raw and subsidiary material supply score is based on the supply price information for each raw and subsidiary material supplier.

In the first place, the price of supplying the raw and subsidiary materials by the companies supplying the raw and subsidiary materials is low.

The higher the , the higher the calculation, and the third raw material supply score is based on the exchange rate information for each country.

In contrast, the lower the exchange rate of the country where the above raw and subsidiary material supplier is located, the higher

Based on the raw and subsidiary material supplier score calculated and calculated for each preset period,

Higher raw material wealth among multiple raw and subsidiary material supplying companies that supply raw and subsidiary materials related to the product

Determine one or more companies corresponding to the material supplier score as candidates for raw and subsidiary material suppliers,

Providing the determined one or more raw and subsidiary material supplier candidates to the user at each predetermined period

all.

Specifically, with reference to the description of FIGS. 1 and 2, the server time

The stem 1000 is based on the international standard price information for each raw and subsidiary material received from the user terminal.

First, for each raw and subsidiary material supplying company that supplies raw and subsidiary materials related to the product

A first raw subsidiary material supply score is calculated. More specifically, the first raw subsidiary material supply

The core is a first raw subsidiary material supply score mapping table previously stored in the server system 1000 (not shown).

It is calculated based on), and the first raw and subsidiary material supply score mapping table is based on a preset standard

This is a table in which the scores corresponding to the international standard prices of the raw and subsidiary materials are mapped according to award

Whenever the international standard price information for each original subsidiary material is updated, the server system 1000,

According to the updated international standard price information for each raw and subsidiary material,

Calculate the first raw subsidiary material supply score for

The server system 1000 is the raw and subsidiary materials received from the user terminal

Based on the supply price information of each supplier, supplying raw and subsidiary materials related to the product

The second product supply score for each raw and subsidiary material supplier is calculated. More specifically,

The second raw and subsidiary material supply score is the second raw and subsidiary material supply pre-stored in the server system 1000.

It is calculated based on a score mapping table (not shown), and the second raw subsidiary material supply score mapping

The table shows the year of raw and subsidiary material supply companies that supply the raw and subsidiary materials according to the preset criteria.

This is a table in which the scores corresponding to the supply price of each raw and subsidiary material are mapped. The raw and subsidiary material supplier

Whenever the supply price information of the business is updated, the server system 1000

According to the supply price information of the subsidiary material supplier, the second principal for each of the above product supply companies

Calculate the material supply score.

The server system 1000 is configured for each country received from the user terminal.

Based on exchange rate information, each raw and subsidiary material that supplies raw and subsidiary materials related to the product

Calculate the 3rd raw material supply score for the supplier. More specifically, the third circle

The subsidiary material supply score is mapped to the third raw subsidiary material supply score previously stored in the server system (1000).

It is calculated based on a table (not shown), and the third raw material supply score mapping table is

This is a table in which the scores according to the country's exchange rate are mapped according to the established criteria. said station

The individual exchange rate information is updated every predetermined period, and as an embodiment of the present invention, the above

The preset period is preferably set to 8 hours or 12 hours. by country above

Whenever the exchange rate information is updated, the server system 1000 updates the exchange rate for each country.

Calculate the 3rd raw and subsidiary material supply score for each raw and subsidiary material supplier according to the information

do.

On the other hand, with reference to the description of Figure 3, the above-described third product supply score mapping

The table is preferably the same mapping table as the third raw material supply score mapping table.

direct

The server system 1000 stores the first to third raw subsidiary material supply scores.

By summing, the raw and subsidiary material supplier score is calculated, and the raw and subsidiary material supplier score is

It is calculated at regular intervals. The server system 1000 is a raw subsidiary material related to the product

Calculate raw and subsidiary material supplier scores for each of a plurality of raw and subsidiary material supply companies that supply

Among them, raw and subsidiary material suppliers with a high raw and subsidiary material supplier score of 1 or more

Determined as a supplier candidate. Preferably, 3 to 5 companies are selected as raw and subsidiary material supplier candidates.

select

Subsequently, as described above in the description of FIG. 1, the supply order date determination unit

After the supply order date of the product is determined in step S500, in step S600,

By the user or the server system 1000, one of the one or more raw and subsidiary material supplier candidates

The business is determined as the final raw material supplier.

5 is a source related to a corresponding product for each product according to an embodiment of the present invention.

A mapping table from which sub-materials can be derived is schematically shown.

Specifically, the mapping table is related to the service operated by the user.

For each of the above products, from the company that produces the products handled by

After receiving related raw and subsidiary material information to the user terminal,

It is generated in the user terminal based on the raw and subsidiary material information. X ₁ to shown in FIG.

X ₄ corresponds to raw materials or subsidiary materials provided by raw and subsidiary material suppliers.

As shown in FIG. 5, product A uses raw material X ₁ , and product B

The product uses subsidiary materials X ₄ . In addition, product C uses both raw material X ₁ and subsidiary material X ₃ , and product D uses both raw material X ₂ and subsidiary material X ₄ . As an embodiment of the present invention, when two or more raw and subsidiary materials are used, such as the C and D products, preferably, the mapping table may show the respective ratios of the raw and subsidiary materials used in the product.

6 to 7 show price change trend information according to an embodiment of the present invention.

The process of determining the order date is schematically shown.

As shown in FIG. 6, the supply order date determination step (S500) is

Regarding price change trend information for raw and subsidiary materials related to the product, the current

The day when the price of goods is lower than the first set standard than the average price of the raw and subsidiary materials for 6 months

In this case, the current date is determined as the order date.

As shown in FIG. 7, the supply order date determination step (S500) is

Regarding price change trend information for raw and subsidiary materials related to the product, the current

The price of goods meets the second standard in which the absolute value of the change in the raw and subsidiary materials for 3 months is preset.

If met, the current date is determined as the order date.

Schematically, Figures 6 to 7 are original and rich according to an embodiment of the present invention

It shows price change trend information of materials X ₁ and raw and subsidiary materials X ₂ .

Specifically, the price trend information shown in FIGS. 6 to 7 is as described above.

Likewise, through an external system that provides prices of multiple raw materials in real time,

It is created in the user terminal provided with international standard price information for each raw and subsidiary material according to the remind

As shown in FIGS. 6 and 7 , the price trend information is transmitted to the user terminal in the form of a chart.

It is preferably displayed, and as an embodiment of the present invention, in the form of text or tables

It can be provided in the form of a chart.

As shown in FIG. 6, the server system 1000 records the current date.

As a rule, the average price of the raw and subsidiary materials for 6 months is calculated, and the current price of the raw and subsidiary materials is calculated.

The day when the price is lower than the first set standard than the average price of the raw and subsidiary materials for the above 6 months

In this case, the current date is determined as the order date. The preset first criterion is set to 20%

desirable.

In addition, as shown in FIG. 7, the server system 1000 is currently

Calculate the price change of the raw and subsidiary materials for 3 months based on the year,

If the absolute value of the price change for 3 months is less than the preset second standard, the current date

The date of the order is determined by the date of the order. The price change amount is the amount of the raw and subsidiary materials during the period.

It is calculated as the difference between the highest price and the lowest price, and the second preset standard is 3

The change in price during the month is less than 20% of the average price of the raw material for 3 months

It is desirable to set On the other hand, the predetermined first criterion and the second criterion are used

6 and 7 are price change trend information and public information for explanation.

It schematically shows an example of the urgent order date determination step (S500), and the actual present invention

It may be different from the applied example.

Preferably, as an embodiment of the present invention, the server system 1000

For a raw and subsidiary material of a product, the current price of the raw and subsidiary material is the corresponding price for 6 months.

The average price of raw and subsidiary materials is less than the first standard above, and the price of the raw and subsidiary materials for 3 months

When the absolute value of the change amount satisfies the second criterion, the server system 1000 uses

Sends order date decision notification to its own terminal. The order date is the price of the raw and subsidiary materials

is less than the first criterion and is determined as the date when the second criterion is satisfied. above

After the order date is determined by the server system 1000, the user determines the supplier.

A final supplier is determined for one or more supplier candidates determined in step S400. this

Under this condition, the current price of raw and subsidiary materials is higher than the average price of the raw and subsidiary materials for 6 months.

It is below the first standard, and the absolute value of the change in the raw and subsidiary materials for 3 months is the second period

If the criteria are met, it is named that the raw and subsidiary materials meet the order date determination condition.

As another embodiment of the present invention, the user determines the supply order date step

In (S500), the optimal order date is selected from the server system (1000) or

You can select a different order date, and if the user selects the optimal order date,

In the server system 1000, as in the above-described embodiment, raw and subsidiary materials satisfy the order date determination condition.

If it is satisfied, an order date determination notification is sent to the user. On the other hand, the user's fast

When an order date is selected, the server system 1000 determines the price change trend of the raw and subsidiary materials.

If the information satisfies at least one of the above two criteria, the order date for the raw and subsidiary materials

can be determined to send an order date determination notification to the user.

Accordingly, when the user selects the optimal order date, the corresponding

If you can reduce the production cost of the product as much as possible and choose the earliest order date,

To have the effect of ordering the product in a short period of time and at a reasonable cost

can do.

8 is raw and subsidiary materials related to a specific product according to an embodiment of the present invention

In the case of 2 or more, the process of determining the order date is schematically shown.

Schematically, FIG. 8 is the raw and subsidiary materials of product C shown in the mapping table of FIG. 5

Figure 8 (a) shows price change trend information for raw and subsidiary material X1, and Figure 8 (b) shows price change trend information for raw and subsidiary material X ₃ .

Specifically, as shown in Figure 8, two or more circles in one product

If subsidiary materials are used, the order date can be determined through the method described later. if

In order to produce product C, both raw and subsidiary materials X ₁ and X ₃ satisfy the order date determination condition.

Obviously, if you are trying to determine an order date, it can take a fairly long time. follow

So, in one embodiment of the present invention, for one of the raw and subsidiary materials X ₁ and X ₃

After the average price of the raw and subsidiary materials falls below the first standard for 6 months, another

The absolute value of the price change for 3 months of raw and subsidiary materials satisfies the second criterion, or

Raw and subsidiary materials X ₁ and X ₃ , for one raw and subsidiary material, the applicable raw and subsidiary material for 3 months

After the absolute value of the catastrophic change satisfies the above second criterion, six of the other raw and subsidiary materials

The time when the average price for the month falls below the first standard can be determined as the order date.

all. 8 shows that when the raw subsidiary material X ₁ is below the first standard in the above case, the raw subsidiary material X ₃ is

An embodiment that satisfies the second criterion is shown.

As shown in Figure 8, the price of raw material X ₁ for 6 months raw material X ₁

The time when the absolute value of the price change of subsidiary material X ₃ for 3 months from the time when the average price of is below the first standard is below the second standard as the order date of the product C

can decide Through this, the server system 1000 is fast and at a reasonable cost.

You can create a production order for that product. Of course, each of the raw and subsidiary materials X ₁ and X ₃ is the main

The order date can be determined even when the door date determination condition is satisfied, and at the same time

If the average price of raw and subsidiary materials X ₁ for 6 months is below the first standard above, and 3 of raw and subsidiary materials X ₃

The absolute value of the change in price during the month is less than or equal to the second criterion, or

The order date may be determined even when the absolute value of the change in price of the subsidiary material X ₁ for 3 months is less than or equal to the second criterion and the average price of the raw material X ₁ for 6 months is less than or equal to the first criterion.

On the other hand, Figure 8 requires two or more raw and subsidiary materials in the present invention for explanation.

It schematically shows an example of determining the order date of a product, and the actual invention

This may be different from the applied example, and the present invention is calculated in the same way as described above.

It can be applied to various embodiments to be.

9 shows a global smart manufacturing system according to an embodiment of the present invention.

schematically depicted.

Schematically, the final order destination shown in FIG. 9 is the customer's

The location, more specifically, corresponds to the shipping address information for the product ordered by the consumer, and shown in FIG.

The illustrated raw and subsidiary material supplier corresponds to the above-mentioned raw and subsidiary material supply company, and is shown in FIG.

A manufacturing plant corresponds to a product supply company.

Specifically, the present invention, as shown in Figure 9, the restrictions of the country

A stable and efficient global smart manufacturing system according to the location of consumers without

And, as described above in the description of FIGS. 1 to 8, the manufacturing system

This includes data generation methods for international standardization.

That is, with reference to the description of FIG. 1, the method of generating the supplier production order

Through this, a product supplier score of 1 or more that supplies the product is calculated, and the product and

Calculate one or more raw and subsidiary material supplier scores that supply related raw and subsidiary materials,

The supply order date of the product can be automatically determined according to the raw and subsidiary material prices of the product.

In the global smart manufacturing system, the supplier production order creation method is used.

As a result, data for international standardization can be created.

10 illustrates an internal configuration of a computing device according to an embodiment of the present invention.

schematically depicted.

10 illustrates an internal configuration of a computing device according to an embodiment of the present invention.

schematically depicted.

As shown in FIG. 10, the computing device 11000 includes at least one

Processor 11100, memory 11200, peripheral interface

(peripheral interface) 11300, input/output subsystem (I/O subsystem) 11400, power

It may include at least circuitry 11500 and communication circuitry 11600. At this time, the computing device

(11000) may correspond to the server system (1000).

The memory 11200 is, for example, a high-speed random access memory (high-speed

random access memory), magnetic disk, SRAM, DRAM, ROM, flash

memory or non-volatile memory. The memory 11200 is a computing device

(11000) to the software module, instruction set or learned embedding model required for operation

It may include various other data included.

At this time, other computers such as the processor 11100 or the peripheral device interface 11300

Access to the memory 11200 in the component may be controlled by the processor 11100.

there is.

The peripheral device interface 11300 is an input and/or

Output peripherals can be coupled to processor 11100 and memory 11200. process

The processor 11100 executes a software module or set of instructions stored in the memory 11200.

Therefore, various functions for the computing device 11000 may be performed and data may be processed.

Input/output subsystem 11400 connects various input/output peripherals to peripheral devices.

can be coupled to the tooth interface 11300. For example, the input/output subsystem 1140

0) is a monitor, keyboard, mouse, printer, or touch screen or sensor as needed.

It may include a controller for coupling the peripherals of the peripherals to the peripherals interface 11300.

can According to another aspect, input/output peripherals use input/output subsystem 11400.

It may be coupled to the peripheral device interface 11300 without passing through.

The power circuit 11500 supplies power to all or some of the terminal's components.

can supply For example, the power circuit 11500 may include a power management system, battery or alternating current.

One or more power sources, such as (AC), charging system, and power failure detection circuits (power

failure detection circuit), power converter or inverter, power status indicator or power

It may contain any other components for creation, management and distribution.

The communication circuit 11600 is connected to another computer using at least one external port.

It can enable communication with the dating device.

Alternatively, as described above, the communication circuit 11600 uses an RF circuit as necessary.

Sends and receives RF signals, also known as electromagnetic signals, including

As a result, communication with other computing devices may be enabled.

10 is just an example of the computing device 11000, and

In the putting device 11000, some components shown in FIG. 10 are omitted or not shown in FIG.

A configuration in which additional components are further provided or two or more components are combined

Or you can have a batch. For example, a computing field for a communication terminal in a mobile environment

In addition to the components shown in FIG. 10, the device may further include a touch screen or a sensor.

There is also, in the communication circuit 1160, various communication methods (Wi-Fi, 3G, LTE, Bluetooth, NFC,

A circuit for RF communication of Zigbee, etc.) may be included. included in computing device 11000

Possible components are one or more signal processing or application specific integrated circuits.

hardware, software, or a combination of both hardware and software

can be implemented as

Methods according to embodiments of the present invention can be performed through various computing devices.

A computer readable medium implemented in the form of program instructions that can be executed

can be recorded in In particular, the program according to this embodiment is a PC-based program or

It may be configured as an application dedicated to a mobile terminal. Apple to which the present invention is applied

The application can be installed on the user terminal through the file provided by the file distribution system.

there is. For example, the file distribution system provides the file according to the request of the user terminal.

It may include a file transmission unit (not shown) for transmission.

According to an embodiment of the present invention, biometrics capable of communicating with a consumer terminal

Through the food sensor, it is possible to measure the bio information of each of a plurality of consumers,

By transmitting bio information to the server system through the consumer terminal, the server system

(1000) has the effect of easily collecting and classifying the bio information of a large number of consumers.

can exert

According to one embodiment of the present invention, personalized

By producing customized and order-to-order products, we produce products suitable for the characteristics of individual consumers.

You can exert the effect you can.

According to one embodiment of the present invention, one or more capable of producing a specific product

For each of the companies in the table, the average wage of the company, the country in which the company is located

The sub-wage, the exchange rate of the country in which the company is located, the location of the company and the company

Optimized customized order by calculating product supplier score based on inventory information of

can produce the effect of selecting a product supplier company that can produce

According to one embodiment of the present invention, the server system 1000 is online

You can receive price change trend information and exchange rate information of subsidiary materials in real time, and

The effect of being able to select a raw and subsidiary material supplier at a reasonable price through the price change trend information of goods

can exert

As described above, although the embodiments are described by limited examples and drawings

However, those skilled in the art can find various

Modifications and variations are possible. For example, the techniques described may be ordered in a different order than in the manner described.

components of a system, structure, device, circuit, etc. performed and/or described

Combined or combined in a different form from the method, or by other components or equivalents

Appropriate results can be achieved even if they are substituted or substituted. Therefore, other implementations,

Other embodiments and equivalents to the claims are also within the scope of the following claims.

belong

Claims (7)

1. As a method of generating a supplier production order automatically performed in a server system,

   When a consumer orders a product, order information reception to receive information about the order

   step;

   For each of the product supply companies that supply the product, the product supply company is located

   The first product supply score according to the standard wage information of the country where the product is supplied

   Second product supply score according to corporate wage information entered into the server system, the product supply company

   Third-party product supply score according to the exchange rate of the country where the country is located, consumers and the product supply company

   4th product supply score according to distance information between

   Based on the 5th product supply score according to the inventory quantity of the product, the product supply companies

   A product supplier score is calculated for each, and based on the calculated product supplier score

   a product supplier determination step of determining one or more product supplier candidates;

   Based on the pre-stored mapping table, one or more raw and subsidiary materials related to the product

   Deriving raw and subsidiary materials derivation step;

   To each of the raw and subsidiary material supplying companies that supply raw and subsidiary materials related to the product

   1st raw and subsidiary material supply score according to the international standard price of the raw and subsidiary materials, the relevant raw and subsidiary materials

   Secondary raw and subsidiary material supply calculated according to the price at which the material supplier supplies the above raw and subsidiary materials

   Based on the score and the third raw material supply score, which is set higher as the exchange rate of the country in which the raw and subsidiary material supplier is located is lower,

   Subsidiary material supplier score is calculated, and 1 or more is calculated based on the calculated raw material supplier score.

   Raw and subsidiary material supplier determination step of determining a raw and subsidiary material supplier candidate of the;

   Price change trend information over time for each raw and subsidiary material related to the product

   For the above one or more product supplier candidates who supply the product on the basis of

   Supply order date determination step of determining the supply order date of the product; and

   When the supply order date is determined, the above raw and subsidiary materials for the product are supplied by the user.

   Select final raw and subsidiary material suppliers and final product suppliers from among supplier candidates and product supplier candidates.

   decision, and to the supplier of the final raw and subsidiary materials and the supplier of the final product on the date of the supply order.

   A method for creating a supplier production order that is automatically performed in a server system, including; supply order step of ordering an order quantity for the corresponding product.
2. The method of claim 1,

   In the step of determining the product supplier,

   Standard wage information by country, corporate wage information by product supplier, exchange rate information by country, product

   By the server system receiving the location information of the supplier company and the inventory quantity information of the product supplier company

   to calculate a product supplier score for each predetermined cycle,

   Based on the standard wage information for each country, the first product supply score is calculated higher as the standard wage information of the country where the company supplying the product is located is lower,

   The second product supply score is based on the corporate wage information for each product supply company,

   Corporate wage information of the company that the company supplying the product entered into the server system

   The lower is, the higher is calculated,

   The third product supply score is based on the exchange rate information for each country,

   The lower the exchange rate of the country where the supplying company is located, the higher it is calculated.

   The fourth product supply score is based on the location information of the product supply company,

   The closer the distance information between the company supplying the product and the consumer who ordered the product,

   produced high,

   The fifth product supply score is based on the inventory quantity information of the product supply company,

   The company supplying the product has a large stock of the product, and

   The shorter the stock holding period of the product, the higher the calculation.

   Based on the product supplier score calculated for each predetermined period, the corresponding product

   Among multiple product supply companies that supply

   companies are selected as product supplier candidates;

   Providing the determined one or more product supplier candidates to the user at each predetermined period

   A method for generating supplier production orders that is performed automatically.
3. The method of claim 1,

   In the step of determining the supplier of raw and subsidiary materials,

   International standard price information by raw and subsidiary materials, supply price information by raw and subsidiary material suppliers, and by country

   Raw and subsidiary material supplier score at each preset period by the server system that receives the exchange rate information

   Calculate,

   The first raw and subsidiary material supply score is based on the international standard price information for each raw and subsidiary material.

   Yes, the lower the international standard price of raw and subsidiary materials related to the product, the higher it is calculated.

   The second raw and subsidiary material supply score is based on the supply price information for each raw and subsidiary material supplier.

   In the first place, the price of supplying the raw and subsidiary materials by the companies supplying the raw and subsidiary materials is low.

   is calculated higher as

   The third raw material supply score is based on the exchange rate information for each country,

   The lower the exchange rate of the country in which the subsidiary material supplier is located, the higher the rate is calculated.

   Based on the raw and subsidiary material supplier score calculated for each predetermined period,

   Higher raw material wealth among multiple raw and subsidiary material supply companies that supply raw and subsidiary materials related to products

   One or more companies corresponding to the re-supplier score are determined as candidates for raw and subsidiary material suppliers,

   The determined one or more raw and subsidiary material supplier candidates are sent to the user at each predetermined period.

   A method for generating supplier production orders that is automatically performed,
4. The method of claim 1,

   In the supply order date determination step,

   Regarding price change trend information for raw and subsidiary materials related to the product,

   If the current price of the raw and subsidiary materials is higher than the average price of the raw and subsidiary materials for 6 months

   If it is below the preset first criterion, it automatically determines the current date as the order date.

   The method by which a supplier production order is created.
5. The method of claim 4,

   In the supply order date determination step,

   Regarding price change trend information for raw and subsidiary materials related to the product,

   If the current price of the raw and subsidiary material is the absolute value of the change in the raw and subsidiary material for 3 months

   Automatically determining the current date as the order date when the value meets the second preset criterion

   Supplier production order creation method performed by .
6. The method of claim 1,

   The server system,

   For the product ordered by the above consumer,

   From the plurality of information derived as a result of performing the method of generating the supplier production order

   Create big data, store it in a database, and store the data accumulated in the database.

   It includes a machine learning module that generates data for international standardization based on big data.

   is a method of generating supplier production orders that is automatically performed.
7. To perform the automatically performed supplier production order creation method

   As a server system,

   When a consumer orders a product, order information reception to receive information about the order

   wealth;

   For each of the product supply companies that supply the product, the product supply company is located

   The first product supply score according to the standard wage information of the country where the product is supplied

   Second product supply score according to corporate wage information entered into the server system, the product supply company

   Third-party product supply score according to the exchange rate of the country where the country is located, consumers and the product supply company

   4th product supply score according to distance information between

   Based on the 5th product supply score according to the inventory quantity of the product, the product supply companies

   A product supplier score is calculated for each, and based on the calculated product supplier score

   a product supplier determination unit for determining one or more product supplier candidates;

   Based on the pre-stored mapping table, one or more raw and subsidiary materials related to the product

   Derived raw subsidiary material derivation unit;

   To each of the raw and subsidiary material supplying companies that supply raw and subsidiary materials related to the product

   1st raw and subsidiary material supply score according to the international standard price of the raw and subsidiary materials, the relevant raw and subsidiary materials

   Secondary raw and subsidiary material supply calculated according to the price at which the material supplier supplies the above raw and subsidiary materials

   Set higher as the exchange rate of the country where the score and the raw and subsidiary material supplier are located is low

   Based on the third raw and subsidiary material supply score that is

   Subsidiary material supplier score is calculated, and 1 or more is calculated based on the calculated raw material supplier score.

   Raw and subsidiary material supplier determination unit for determining candidates for raw and subsidiary material suppliers;

   Price change trend information over time for each raw and subsidiary material related to the product

   For the above one or more product supplier candidates who supply the product on the basis of

   a supply order date determination unit that determines the supply order date of the product; and

   When the supply order date is determined, the above raw and subsidiary materials for the product are supplied by the user.

   Select final raw and subsidiary material suppliers and final product suppliers from among supplier candidates and product supplier candidates.

   decision, and to the supplier of the final raw and subsidiary materials and the supplier of the final product on the date of the supply order.

   A server system including a; supply ordering unit for ordering an order amount for the corresponding product.

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